ABB IRB6640 M2004 ON TRACK
This 7-axis system consists of a 6-axis industrial robot IRB6640 on a linear unit making it suitable for various applications focusing on high production capacity. The robot ABB IRB 6640 comes with a payload of 130 kg/205 kg / 235 kg and an arm reach 3200 mm/ 2750 mm/ 2550 mm. The robot is suitable for loading and unloading parts, handling parts, measurement, assembly of parts, and press tending.
FANUC LR MATE 200IC R-30iA
FANUC M-10IA/12 R-30iB
The combination of high performance, versatility, and user-friendly features makes the M-10iA/12 robot a compelling option for automation needs. The M-10iA/12 robot is a 6-axis industrial robot that comes with a payload of 12 kg and an arm reach 1420 mm. The robot is suitable for loading and unloading parts, handling parts, assembly of parts, measurement, press tending, arc welding, and palletizing.
FANUC M-420IA/40 R30iB Plus
FANUC M-900IA 260L R-30iA
The M-900ia/350 robot and the R-30iA controller offer a comprehensive solution for heavy-duty industrial applications, providing advanced functionalities, ease of use, and potential improvements in productivity. It is a 6-axis industrial robot that comes with a payload of 260 kg and an arm reach 3100 mm. The robot is suitable for loading and unloading parts, assembly of parts, handling parts, spot welding, press tending, palletizing, machining, gluing, and plasma cutting.
FANUC M-900IA 350 R-30iA
The FANUC M-900IA 350 robot with the R-30iA controller is designed to maximize uptime, ease of use, and productivity in industrial applications requiring heavy payload handling and machining tasks. The robot is a 6-axis industrial robot that comes with a payload of 350 kg and an arm reach 2650 mm. The robot is suitable for handling parts, loading and unloading parts, palletizing, machining, and spot welding.
FANUC M-900iA 600 R-30iA
The combination of the Fanuc M-900IA/600 robot with the R-30iA controller offers a comprehensive and advanced solution for heavy-duty industrial applications, focusing on efficiency, safety, and ease of use. It is a 6-axis industrial robot that comes with a payload of 600 kg and an arm reach 2832 mm. The robot is suitable for loading and unloading parts, handling parts, assembly of parts, press tending, spot welding, palletizing, measurement, laser cutting, and gluing.
FANUC M10iD/12 R-30iB
The robot FANUC M-10iD/12 is known for high-speed operation, accuracy, and reliability, making it suitable for tasks like assembly, picking, packing, and material handling in industries like automotive, electronics, and general manufacturing. It is a 6-axis industrial robot that comes with a payload of 12 kg and an arm reach 1420 mm.
FANUC M6IB 6S R30iA
FANUC R-2000IB 165F R-30iA
The Fanuc R-2000iB 165F is a six-axis industrial robot that belongs to the R-2000iB series. The R-2000iB 165F has a maximum payload capacity of 165 kg and a reach of 2650 mm with the R30iA controller making it suitable for a wide range of industrial tasks, such as plasma cutting, measurement, loading and unloading of parts, handling of parts, arc welding, spot welding, press tending and palletizing.
FANUC R-2000IB 210F R-30iA
The robot FANUC R-2000IB 210F paired with the R-30iA controller is a versatile solution across various heavy-duty applications. It is a 6-axis industrial robot that comes with a payload of 210 kg and an arm reach 2650 mm. The robot is suitable for loading and unloading parts, handling parts, spot welding, stud welding, press tending, palletizing, machining, gluing, and plasma cutting.
KUKA AGILUS KR6 R900 KR C4
The Agilus robot KUKA KR6 R900, equipped with the KR C4 compact robot control system, is a small and agile six-axis robot designed for applications that require extremely short cycle times. It offers outstanding speed and accuracy, surpassing similar models from other competitors. The Agilus robot, with its high-speed and high-accuracy capabilities, is suitable for a range of applications, including loading and unloading of parts, handling of parts, assembly of parts, and research and robotics training. Its small payload capacity and exceptional performance make it a valuable asset in industries that require efficient and precise automation.